- Vivado use synplify pro pro#
- Vivado use synplify pro verification#
- Vivado use synplify pro software#
- Vivado use synplify pro code#
The Synplify DSP software also provides automated features such as folding, multi-channelization, polyphase decomposition and system-level retiming that enable customers to effectively reduce area and improve timing performance within their device. The software offers several IP blocks that make design capture faster and much more concise for developers working with WiMAX, Wi-Fi and other OFDM-based wireless standards. The Synplify DSP software's true DSP synthesis capability automatically creates optimized RTL implementations of DSP functions, using either the advanced IP blockset in Synplify DSP or through integration with the Xilinx System Generator. In addition to logic synthesis support, Synplicity delivers a high productivity flow from DSP algorithm to RTL implementation on the Virtex-5 SXT DSP platform FPGA with the Synplify DSP software.
Vivado use synplify pro pro#
The Synplify Pro software's automatic memory extraction and inferencing capabilities will also benefit Virtex-5 SXT FPGA customers by enabling them to take advantage of the device's industry-leading memory-to-logic ratio. The Synplify Pro tool brings a timing-driven synthesis approach to Virtex-5 SXT devices, delivering best-in-class performance and area optimization. Synplicity's solutions provide an advanced and efficient flow within the Virtex-5 SXT FPGA design environment, enabling customers to take advantage of the DSP-rich capabilities built into these devices. "The Ultra High-Capacity Timing Closure Task Force between the two companies has resulted in a high quality synthesis engine from Synplicity that is optimized to fully deliver the performance, cost and flexibility advantages of the 65nm Virtex-5 FPGA family." "The collaboration between Synplicity and Xilinx has a strong track record of delivering best-in-class solutions for our newest FPGA device families," said Steve Douglass, vice president of Product Development for the Advanced Products Group at Xilinx. Synplicity's ability to provide optimized tools for the newest members of Xilinx Virtex-5 FPGA family demonstrates the close working relationship between the two companies and the success of the on-going Ultra-High Capacity Task Force whose purpose is to develop incremental design flows that maximize the quality of results and design productivity in next-generation FPGA designs. The combination of Synplicity's Synplify Pro logic synthesis and Synplify DSP synthesis software offers designers using the Xilinx Virtex-5 SXT devices superior quality of results and exceptional productivity for DSP-oriented designs.
Vivado use synplify pro verification#
srr file that it generates after synthesis.Sunnyvale, CA - Synplicity, Inc., a supplier of software for the design and verification of semiconductors, recently announced its synthesis software and true DSP synthesis software solutions provide immediate and comprehensive design support for Xilinx Virtex-5 SXT FPGAs - the latest member of its 65nm Virtex-5 FPGA family optimized for high-performance Digital Signal Processing (DSP). no matter what I do, I can't seem to get the tool the realize that I am trying to constraint the inferred clock that it is complaining about in the. I've got the syntax above from Synopsys documentation and tried multiple switches with it such as trying to pull the "source" from clock pin etc.
fdc file in the form ofĬreate_clock -period $period_48 ] -divide_by 4
Vivado use synplify pro code#
I compile the FPGA code using Synplify Pro and my clock constraints are on a. I do not have a way of using a core, pll or any other clock resource (as far as I know) to accomplish this. I have a 48Mhz clock coming in to my ProAsic3 FPGA which I divide down using a counter to 12Mhz.
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